Tsvi B. T. (TSVIBT)

This is not fully understood, it's an open problem that can be worked on.

Given a cell, make a derived cell, diploid mitotic or haploid meiotic offspring cell, with that epigenomic state.

This is not fully understood, it's an open problem that can be worked on.

This is the main bottleneck.

These tasks don't necessarily completely factor out.

For example, some approaches might try to piggyback off the natural epigenomic reset by using chromosomes from natural gametes or zygotes, which will have the correct epigenomic state already.

See also brand when, embryo selection.

More information on request.

Some of the important research is happening, but there's always room for more funding and talent.

Subheading.

Problems.

It takes a long time.

The baby has to grow up.

But we probably have time, and delaying AGI only helps if you have an out.

Correcting the epigenomic state of a cell to be developmentally competent is unsolved.

The baby can't consent, unlike with other approaches, which work with adults.

But the baby can also be made genomically disposed to be exceptionally healthy and sane.

It's the most politically contentious approaches.

Method.

Identify master signaling molecules that control brain areas or brain developmental stages that are associated with problem-solving ability.